Hello. Tetrational Arrays this time.
Remember <n,n/n>? We'll start off by introducing a new one.
The third entry marks the Tetrational space.
<n,n,2/n> = <n↑n↑.....↑n↑n/n>
First we do n,n/n and we do n,(n,n/n)/n. Than we do it n times. Tetrational Arrays.
Pentational arrays are a bit of a mindblow.
Again, we can call this
<n↑↑n↑↑.....↑↑n↑↑n/n> with n n's
First we do n,n,2/n and do n,(n,n,2/n),2/n. You guessed it, we do it n times.
Hexational arrays are kinda same.
<n,n,4/n> = <n↑↑↑n↑↑↑.....↑↑↑n↑↑↑n/n>
First we do n,n,3/n and do n,(n,n,3/n),3/n. Once more, we do it n times. Hmmm.... Pretty big.
The limit of this is the <n,n,n/n> structure.
If we stop here, we have
Operator Dimensional Graham Array Notation.